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Mr Nathan Johnson
So we base are theries about the universe on everyday physics we see and observe here on earth right? Would the effect of the massive gallactic gravitational pull that we are a part of and are sun and are very own planet posibly give us a wrong idea and perspective on how the universe trully formes and evolves? Like posibly theirs something we are missing on how matter behaves when it's not being manipulated by gravity? We could be blinded by the real truth in a way.

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Newtonian physics deal with things around us from a mustard seed to apple to watermelon or from a car to a jumbo jet to an ocean liner.

Things beyond the limit of our external senses are dealt with in the Einsteinian physics. Here again, special relativity deals with the quantum world of subatomic particles, protons, electrons, quarks, photons and what not while the general relativity deals with the macroscopic world of galaxies, quasars, blackholes - the cosmic aspect.

As you say there is still something missing about the behavior of matter. And to sort this out scientists had been trying for nearly one century to come up with a "THEORY OF EVERYTHING" that can be applied at the microscopic and macroscopic level of matter. So far no one has succeeded. last year one great cosmologist ssid, "It seems only a theory of nothing can lead to a theory of everythinbg". By nothing he means the absence of matter - sunyatha - that existed before the appearence of matter and space and that controls the evolution of th ecosmos.
Mr Joseph Vempeny India    Member has an expert rating of 2000+   Quote & Reply

Your comment as well as the original question are not in fact fully understood by me. From what I did let me say this.
Matter can never be free from gravity.
There are no black holes right now pulling the solar system into it.
There are many things that are still not clear to the scientists of today.

Mr Joseph Vempeny India    Member has an expert rating of 2000+ Quote & Reply

When the universe was a small ball Before the universe got to be this way it was in a empty space, basically 100% availability in every direction for this energy to expand with no complex disturbances like are milky way gravitational pull or are suns for that fact. But what if their was a unknown fact at how matter reacts we just don't see it because we are seeing things when their being disrupted by different gravity pulling on them? ...one effect that we can observe with matter moving through space is the spiral effect that all matter seems to undergo when it collects either in are milky way galaxy or even are very own solar system now what if their was another effect that we didn't know about? Just curious to wonder if having matter moving through space made any difference from a single atom just floating not moving anywhere.. Like possibly when you have matter moving that fast through space the negative effect is a sucking motion all around it (gravity) this would explain why the more mass the greater the gravitational pull is. If you think of space like a bendable, workable substance and put solid matter in it possibly nothing would happen but if it started to move through this it could start an almost equal back draft effect kinda like behind a car going down the highway all around this matter.

Mr Nathan Johnson    Quote & Reply
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